feat: feat: add comprehensive documentation for Neovim configuration project

Signed-off-by: juliano.barbosa <julianomb@gmail.com>
This commit is contained in:
Juliano Barbosa 2025-02-17 21:59:19 -03:00
parent 57f551ebd9
commit f8b3501df1
8 changed files with 727 additions and 0 deletions

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# Current Session Context
*Last Updated: 2025-02-17 21:57*
## Current State
- Rolled back to v0.1.0 tag (commit 57f551e)
- Backup branch created for pre-rollback state
## Recent Changes
- Created backup branch of pre-rollback state
- Rolled back codebase to v0.1.0 tag
- Previous state preserved in backup branch
## Active Decisions
1. Using Memory Bank for configuration documentation
2. Following Kickstart.nvim's modular approach
3. Implementing comprehensive LSP integration
4. Using mode-based workflow with persistent Plan/Act toggle
## Current Focus
- Verifying system stability after rollback
- Ensuring core functionality remains intact
- Planning next steps based on v0.1.0 state
## Open Questions
- What were the key changes between v0.1.0 and the rolled back state?
- Which features need to be reimplemented or reconsidered?
- How to prevent future need for rollbacks?

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# Architectural Decisions Log
## 2025-02-17 - Enhanced Mode State Management Architecture
### Context
The current mode management system provides basic functionality for toggling between Plan and Act modes with simple state persistence. However, as the system grows, we need a more robust and feature-rich mode management system that can handle complex state management, mode-specific behaviors, and better integration with other components.
### Decision
Implement an enhanced mode state management system with the following key components:
1. **Advanced State Management**
- Implement mode-specific settings store
- Add context preservation between mode switches
- Create mode initialization hooks
- Add state validation and recovery mechanisms
2. **Event System**
- Implement pre/post mode change hooks
- Add event queueing system
- Create mode-specific event handlers
- Support async event processing
3. **Persistence Layer**
- Enhanced state file format with versioning
- State migration system
- Corruption detection and recovery
- Mode-specific context preservation
4. **Integration System**
- Mode-aware plugin architecture
- LSP integration with mode context
- Buffer and window layout persistence
- Mode-specific UI elements
### Rationale
- Current system lacks robust state management
- Need better integration with other components
- Require more sophisticated event handling
- Want to support mode-specific behaviors
- Need better error handling and recovery
- Desire for mode-specific UI/UX customization
### Implementation
1. Phase 1: Core State Management
- Enhance state persistence
- Add validation system
- Implement context preservation
2. Phase 2: Event System
- Add event hooks
- Implement queueing
- Create handlers
3. Phase 3: Persistence Layer
- Update state format
- Add versioning
- Implement migration
4. Phase 4: Integration
- Plugin integration
- LSP integration
- UI integration
### Consequences
**Positive:**
- More robust state management
- Better error handling
- Enhanced user experience
- More flexible configuration
- Better integration capabilities
**Negative:**
- Increased complexity
- More maintenance overhead
- Larger codebase
- More potential failure points
### Status
- Decision approved
- Implementation planning in progress
- Initial architecture documented
- Ready for code mode implementation

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# Project Overview: Neovim Configuration
## Purpose
This project is a personal Neovim configuration based on Kickstart.nvim framework, designed to provide a powerful yet maintainable development environment.
## Goals
1. Create a productive and efficient development environment
2. Maintain a clean and organized configuration structure
3. Support multiple programming languages
4. Provide essential IDE-like features through LSP integration
## Key Features
- LSP integration for multiple languages
- Fuzzy finding with Telescope
- Git integration
- Code formatting and linting
- Syntax highlighting with Treesitter
- Completion with nvim-cmp
## User Experience Goals
- Fast and responsive editing
- Intuitive keybindings
- Clear visual feedback
- Minimal configuration needed for basic use

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# Project Progress
## Completed Work
- Initial Memory Bank setup
- Basic Plan/Act mode system implementation
- Mode persistence with JSON storage
- Simple event callback system
- Status line integration
- Basic mode toggling (`<leader>tm`)
## Recent Changes
- Rolled back to v0.1.0 (commit 57f551e)
- Created backup branch of pre-rollback state
## In Progress
- Verifying system stability post-rollback
- Reassessing implementation priorities
- Evaluating core functionality
## Next Steps
### Phase 1: Post-Rollback Stabilization
- [ ] Verify core functionality
- [ ] Document differences from rolled back state
- [ ] Reassess implementation priorities
- [ ] Review backup branch for salvageable improvements
### Phase 2: Core State Management
- [ ] Implement mode-specific settings store
- [ ] Add mode context preservation
- [ ] Create mode initialization hooks
- [ ] Add state validation system
- [ ] Implement error recovery mechanisms
### Phase 3: Event System Enhancement
- [ ] Add pre-mode-change hooks
- [ ] Implement post-mode-change hooks
- [ ] Create event queueing system
- [ ] Add mode-specific event handlers
- [ ] Implement async event processing
### Phase 4: Integration Features
- [ ] Add mode-specific colorschemes
- [ ] Implement mode-specific keymaps
- [ ] Create mode-specific status line content
- [ ] Add mode-specific buffer handling
- [ ] Implement window layout persistence
## Known Issues
- Current state persistence is basic
- No validation of stored state
- Limited error recovery options
- No mode-specific settings
- Basic event handling system
## Future Considerations
- Custom mode creation system
- Mode-specific plugin configurations
- Advanced state synchronization
- Mode templates and presets
- Mode groups
- Mode transitions animations
- Mode-specific help system

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# System Architecture & Patterns
## Core Architecture
- Plugin management via lazy.nvim
- LSP-based intellisense and code navigation
- Event-driven configuration loading
- Modular plugin configuration
- Enhanced mode state management system
## Key Design Patterns
1. Mode Management
- Advanced state persistence
- Event-driven mode transitions
- Mode-specific context preservation
- Pre/post mode change hooks
- Mode validation system
- Mode-specific settings store
2. Event System
- Hierarchical event handling
- Event queueing mechanism
- Async event processing
- Event prioritization
- Mode-specific event handlers
3. Persistence Layer
- Versioned state storage
- State migration system
- Corruption detection
- Fallback mechanisms
- Incremental state updates
4. Integration Patterns
- Mode-aware plugin system
- LSP integration with mode context
- Buffer grouping by mode
- Window layout persistence
- Mode-specific UI elements
5. Configuration Patterns
- Centralized keybinding management
- Plugin-specific configuration in separate modules
- Default options set through vim.opt
- Autocmd groups for event handling
- Mode-specific settings and behaviors
6. LSP Integration
- Mason for LSP server management
- Uniform LSP configuration across languages
- Shared capabilities for completion
- Mode-specific language server configurations
7. Component Relationships
- Mode Manager ↔ Event System
- Event System ↔ Persistence Layer
- Mode Manager ↔ Status Line
- LSP ↔ Mode Context
- Buffer Groups ↔ Mode State
- Window Layout ↔ Mode State
- Plugins ↔ Mode Context
## Implementation Standards
- Lua for all configuration
- Consistent error handling
- Modular plugin organization
- Clear separation of concerns
- Mode-aware functionality
- State validation
- Event-driven architecture
- Robust error recovery
- Configuration versioning
- Context preservation

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# Technical Context
## Core Technologies
- Neovim (Text Editor)
- Lua (Configuration Language)
- Lazy.nvim (Plugin Manager)
## Major Dependencies
1. LSP Servers & Tools
- lua_ls
- gopls
- pyright
- terraform-ls
- and many others managed by Mason
2. Key Plugins
- nvim-lspconfig: LSP configuration
- telescope.nvim: Fuzzy finder
- nvim-treesitter: Syntax highlighting
- nvim-cmp: Completion engine
- conform.nvim: Code formatting
- which-key.nvim: Keybinding help
- mini.nvim: Collection of utilities
## Development Setup
- Uses the Kickstart.nvim framework as base
- Nerd Font required for icons
- Python 3 support configured
- Git integration via fugitive and gitsigns
## Technical Constraints
- Dependent on external LSP servers
- Requires Neovim 0.8.0 or higher
- Some features require system dependencies (make, git)
- Terminal with true color support recommended
## Configuration Structure
```
.
├── init.lua (Main configuration)
└── lua/
├── kickstart/
│ └── plugins/ (Plugin-specific configs)
└── custom/
└── plugins/ (Custom plugin configs)